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Our portfolio is engineered for selective recovery, higher grades, and lower chemical consumption across sulfide and complex ores. As a certified manufacturer that integrates production, R&D, trade, and technical services, we deliver tailored solutions matched to mineralogy and plant conditions.
From bench testing to plant-scale optimization, we provide collectors, frothers, and modifiers that support stable operation and predictable outcomes. Discuss your ore with us and request a quote.
From raw materials to final inspection, a DCS automated control system and ISO9001-compliant quality management ensure safe production, stable quality, and lot-to-lot consistency. Advanced process monitoring reduces variability and helps plants commission new reagents faster with predictable behavior and dosing response.
Our mineral processing research institute and senior engineers drive formulation innovation, pilot-scale validation, and application-specific selectivity. We co-design collectors and frothers around your circuit goals—grade, recovery, and kinetics—so the products you adopt perform reliably under real operating constraints.
Modern facilities and rigorous inspection deliver high cost performance without compromising purity or stability. Competitive pricing, flexible MOQ, and samples whose quality equals mass-production lots reduce trial risk and accelerate ramp-up, supporting a stable supply plan.
Located in a state-approved chemical industrial park, our operations follow compliant production practices and national policies. Factory visits are available, and our products and technical services are recognized for transparent operations and consistent performance.
A robust collector for copper, lead, and zinc. SIBX combines strong selectivity and rapid kinetics with balanced froth behavior. It supports higher recovery with cleaner concentrates and is supplied in standard forms and packaging for easy dosing and handling.
Designed for challenging sulfide feeds, SIAX enhances selectivity and hydrophobicity in fine and middling fractions. The result is cleaner separation, improved fine particle recovery, and reduced penalty elements in concentrates.
Z-200 is a selective collector for gold and copper circuits, helping improve grade while controlling undesirable sulfide activation. Its tunable response is valuable for complex ores and mixed-ore feeds.
For gold, silver, and copper flotation, this dithiophosphate enhances selectivity in complex sulfide systems and stabilizes recovery across variable pH and pulp chemistry.
Formulated for complex sulfide ore processing, Dithiophosphate 25 strengthens separation in polymetallic flotation and aids pyrite control/pyrrhotite management for cleaner concentrates.
An efficient dithiocarbamate collector for nickel and cobalt. It provides strong chelation and controlled selectivity, supporting improved recovery from ultramafic and lateritic ores while limiting gangue carryover.
A high-efficiency frother for selective froth flotation. MIBC generates fine bubbles and clean froth drainage. It helps reduce entrainment and supports better selectivity across copper, gold, and base metal circuits.
Purpose-built for copper, lead, and tin flotation, this frother balances bubble size distribution and froth stability. It improves kinetics and concentrate quality under variable ore feeds.
A proven depressant for unwanted minerals. Zinc Sulfate supports selective separation by reducing gangue activation and stabilizing circuit chemistry.
As a dispersant and modifier, Sodium Silicate manages slime coatings, improves pulp rheology, and supports cleaner separation in fine-grained ores.
A selective depressant designed to suppress specific sulfide phases. It aids copper/lead separation and improves concentrate purity in complex circuits.
We align tailored formulation and dosage with ore mineralogy, liberation size, and circuit conditions. This mineralogy-aligned chemistry delivers measurable gains in grade and recovery with reduced reagent consumption.
For polymetallic and refractory ores, we combine collectors, frothers, and modifiers to fine-tune selectivity, control penalty elements, and stabilize performance amid fluctuating feed conditions.
On-site support, lab-to-plant trials, and operator training help accelerate implementation and sustain consistent performance during scale-up and seasonal changes. Request a trial plan tailored to your flowsheet.
We use bench, pilot, and plant trials with clear KPIs—grade, recovery, kinetics, and water chemistry—to validate gains before full adoption. This supports confident decision-making.
Each lot is produced under strict controls for purity, chemical stability, and consistent active content. This reduces circuit variability and supports steady-state operation.
Available in standard industry packaging—drums, IBCs, and bags—with labeling and documentation that simplify storage, handling, and dosing. Global shipping options support reliable delivery schedules.
Clear MSDS, labeling, and handling guidelines support safe use in modern plants. Compliance is maintained throughout production and distribution.
Choose xanthates for strong sulfide activation and broad applicability. Select dithiophosphates for enhanced selectivity in complex sulfides, particularly when pyrite control and penalty element management are required.
Use Z-200 for gold/copper selectivity in mixed feeds. Choose dithiocarbamate for nickel/cobalt flotation where chelation and controlled selectivity improve recovery and concentrate cleanliness.
MIBC suits circuits requiring fine bubbles and clean froth drainage with reduced entrainment. 2# Frother is appropriate where balanced bubble size and added froth stability improve kinetics and grade.
Yes. Samples are produced to the same standards as mass-production lots, enabling reliable performance prediction during trials.
This portfolio integrates certified manufacturing, DCS-controlled processes, and application-driven R&D. We deliver tailored reagents aligned to specific mines and operating conditions. With in-house facilities, strong research, and comprehensive technical services, we bridge lab development and plant outcomes.
You can select, trial, and implement collectors, frothers, and modifiers with confidence. Share your ore characteristics to request a tailored proposal.
